Displaying items by tag: carbon capture

UK: Cool Planet Technologies has successfully tested its third-generation carbon capture membrane module at its Grimsby site. The test validated the scalability and performance of the company’s membrane process at flow rates of up to 37,000t/yr of captured CO₂ and recovery rates of 95% CO₂. Further tests were also conducted with a lime manufacturer in for a project which will use Cool Planet’s technology to decarbonise one of its kilns. The module will now be deployed at Holcim’s Höver cement plant in Germany for a 12-month demonstration project.

Andrew Corner, CEO of Cool Planet, said “This achievement validates years of innovation and positions Cool Planet at the forefront of lower cost, scalable industrial carbon capture solutions. The UK tests not only confirmed the performance and robustness of our technology, but also significantly strengthened industry confidence in our ability to help them deliver on their global decarbonisation goals.”

Bulgaria: Greek carbon storage company EnEarth has signed a term sheet with Heidelberg Materials to negotiate exclusive agreements for the transport and storage of CO₂ from the Devnya cement plant. The project aims to capture, transport and store 0.8Mt/yr of CO₂ from the plant. It is part of a wider CCUS initiative by parent company Heidelberg Materials, called ANRAV, which aims to be the first full-chain CCUS project in Eastern Europe. It has received a €190m EU grant, including €38m for the storage site, and is scheduled to be operational before 2030.

UAE: Holcim and 44.01 have launched a pilot project in Fujairah to mineralise CO₂ captured from cement production, which they say marks the first global initiative to combine carbon capture from a cement plant with in-situ mineralisation. The project aims to directly capture and permanently store 5t/day of CO₂ underground. The pilot is supported by the Fujairah Natural Resources Corporation (FNRC) and delivered in collaboration with NT Energies, deploying Shell CANSOLV™ carbon capture technology through the alliance between Shell Catalysts & Technologies and Technip Energies.

44.01 CEO Talal Hasan said “Working with Holcim, FNRC and NT Energies, we are demonstrating a practical and scalable path to decarbonisation that can be replicated worldwide.”Top of Form

UK: Worley has secured the engineering, procurement and construction management (EPCM) contract for the carbon capture and storage (CCS) facility at Heidelberg Materials’ Padeswood cement plant in North Wales. Mitsubishi Heavy Industries (MHI) will provide the carbon capture technology. The project will enable commercial-scale production of evoZero, Heidelberg Materials’ near-zero CO₂ cement, by capturing around 0.8Mt/yr of CO₂, representing nearly all of the plant’s emissions. Construction is expected to begin before 2026, with commissioning planned for 2029. Worley will lead the EPCM delivery of the project and provide support to infrastructure development, technology integration, and commissioning. The contract follows Worley’s successful completion of the project’s FEED study with MHI.

The Indonesian Cement Association (ASI) has warned that cuts to the Nusantara Capital City project had reduced cement sales so far in 2025. Yet also this week the ASEAN Federation of Cement Manufacturers (AFCM) launched its 2035 AFCM Decarbonisation Roadmap. Here is a round-up of recent news from the cement sector in Indonesia.

ASI data shows that local cement sales volumes fell by 2.5% year-on-year to 51.9Mt in the first 10 months of 2025 from 53.2Mt in the same period in 2024. Cement production decreased by 5.6% to 52.9Mt. Lower demand was reported in Kalimantan and Java. However, it rose in Sumatra and Nusa, in part, due to road construction. Sadly, Sumatra has been badly affected by floods this week. National cement exports grew by over 20% to 1.1Mt. The ASI is currently hopeful that a government-backed home renovation programme might stimulate demand.

Graph 1: Domestic cement sales and exports in Indonesia, 2019 - 2025. Source: Indonesian Cement Association (ASI). Note: Figure estimated for 2025, exports include cement and clinker.

The general picture can be seen above in Graph 1. The local cement sector has generally had a capacity utilisation issue since the mid-2010s. Domestic sales started to catch up but the Covid-19 pandemic disrupted the market. Meanwhile, exports of cement and clinker have been steadily rising since 2014. These are dominated by clinker exports, with the single largest destination being Bangladesh. Other major targets include Taiwan and Australia. The country’s relatively low consumption of cement per capita suggests that the utilisation rate will grow over time.

The local production market is dominated by state-owned Semen Indonesia (SIG) (with a 48.5% share), followed by Indocement (29.1%), Conch Cement Indonesia (7.1%) and Cemindo Gemilang (6.6%). SIG’s sales volumes in the first nine months of 2025 roughly follow the general trend reported by the ASI with local sales down by 1.8% year-on-year to 27.5Mt and exports up by 25.3% to 5.1Mt. The group’s sales revenue and earnings before interest, taxation, depreciation and amortisation (EBITDA) dropped by 3.8% to US$1.52bn and 23.8% to US$198m respectively. Indocement’s revenue fell by a similar rate. Both companies anticipate a modest recovery in 2026.

Something to note from SIG’s financial results and related discussions in 2025 (and earlier) has been its approach to marketing and selling its cement brands in a highly competitive environment. It says it changes its brand mix in different regional locations with varying combinations of market leaders with premium pricing and so-called ‘fighting brands’ with competitive pricing. Yet, eco-brands received a mention in addition to the other two groups in the third quarter report analysts’ discussions suggesting an appetite for potentially lower-clinker cements in a developing market such as Indonesia.

This leads to the second Indonesia-related news story of the week: the 2035 AFCM Decarbonisation Roadmap. The plan intends to reduce net CO₂ emissions from the cement sector in the region by 16% to 190Mt/yr from 228Mt/yr in 2020. 58% of this reduction will be achieved through the use of alternative fuels, 33% via the use of low-carbon cements and 9% through the use of renewable energy sources. Work towards carbon capture, utilisation and/or storage (CCUS) is starting with the aim of supporting capture pilots in the region and planning towards CO₂ transport and storage networks. Similarly, the roadmap urges producers to identify and prepare to use new secondary cementitious materials such as calcined clay and construction and demolition waste.

The race between capacity building and market share has been a familiar one in coverage of the cement market in Indonesia in recent decades. Provided the main companies can endure the competition, it looks set to continue, while demographic trends indicate the need for continued investment. Otherwise more market consolidation is to be expected when the utilisation rate dips too low. What is new though are the higher levels of blended cements and the changes this brings to the market. This can be seen above in the marketing strategy of SIG and the regional decarbonisation strategy. Similar trends are happening everywhere but the effects on a highly competitive market could be pronounced. Particularly if those government-backed schemes that the sector anticipates promote it.

The Global CemFuels Asia Conference will take place on 2 - 3 February 2026 in Bangkok

Germany: The Bundesrat has given final approval to legislation enabling industrial-scale underground CO₂ storage, marking Germany’s biggest policy shift to date on industrial decarbonisation. The new law establishes a national framework for CO₂ storage beneath the seabed, excluding protected and near-shore zones. It also includes an opt-in clause allowing individual federal states to authorise onshore storage, a provision of particular interest to industrial regions seeking local solutions.

A national CO₂ pipeline network will also be developed to transport captured emissions from plants to designated storage sites. Federal Economics Ministry State Secretary Stefan Rouenhoff said the legislation is a ‘crucial building block’ for Germany’s decarbonisation plans, especially for hard-to-abate sectors such as cement production.

UK: Cleantech firm Carbon8 Systems has been placed into administration, with business advisory firm Quantuma appointed as administrator on 12 November 2025. Carbon8 Systems was founded in 2006 as a University of Greenwich spin-out, focused on research and experimental development within natural sciences and engineering. The company developed Accelerated Carbonation Technology (ACT), a patented process that captures CO₂ emissions and converts them into carbon-negative aggregates sold under the CircaBuild brand. The company also developed CO₂ntainer™, a modular solution which enabled on-site carbon capture and treatment of industrial residues.

Quantuma was instructed by the company’s board to provide advisory support in April 2025, as the company faced cash flow difficulties while seeking investment. Despite efforts to secure funding, this was not successful within the required timeframe. As part of the administration process, Carbon8’s operations at Medway Campus, University of Greenwich, and its premises at Wraxhalls storing plant will close. Eleven employees were made redundant shortly before the appointment on 10 November 2025.

Chris Newell, Quantuma managing director and joint administrator, said “It is always difficult to see a company with such innovative intellectual property (IP) be placed into administration. I expect there to be strong appeal in the assets and any parties interested in the acquisition of the IP are welcome to make contact with us.”

Netherlands: Sweden-based Paebbl's demonstration plant at its Rotterdam research and development centre has reached a cumulative 500 hours of production in the eight months since it entered operation in March 2025. The plant uses captured CO₂ as a feedstock to produce carbon-storing cementitious materials. Meanwhile, Paebbl has operated its pre-existing pilot plant for a cumulative 2000 hours. The producer is now designing its first commercial-scale plant.

Sweden: Heidelberg Materials Sweden has said that it will ‘pause’ its carbon capture project at the Slite cement plant in Gotland after the Swedish Energy Agency rejected its application for co-financing under the Industrial Step programme. The producer said that the government is currently ‘not prepared’ to strategically prioritise funds for the project. The project aimed to reduce Sweden’s total CO₂ emissions by 1.8Mt/yr, or around 4% of the country’s total emissions. Heidelberg Materials said that, as production in Slite is not being given a way to adjust with secured long-term competitiveness, Sweden now risks becoming dependent on cement imports in the future and could face weakened security of supply.

Vice president Karin Comstedt Webb said “We have worked for a long time to implement one of the most powerful climate investments in Swedish industrial history with the aim of securing long-term competitiveness. But without the state's continued support for implementation, there are currently insufficient conditions to realise the project in Sweden.”

Global: The Global Cement and Concrete Association (GCCA) has launched its ‘Cement and Concrete Industry Net Zero Action and Progress Report 2025/6’, which reports a fall by 25% in CO₂ intensity of cementitious products since 1990 and sets out policy measures needed to accelerate decarbonisation. The report was launched at COP30 in Belem, Brazil.

The report highlights more than 60 decarbonisation projects across alternative fuels, alternative raw materials, carbon capture, renewable energy and recycled concrete. Examples include Fletcher’s Golden Bay plant and JSW’s Nandyal and Shiva plants. Publicly announced projects are collated and made available to see on the GCCA/LeadIT green cement technology tracker. The document also calls for policies enabling non-recyclable waste use in kilns, wider adoption of blended products, national carbon pricing mechanisms and the use of construction demolition waste as recycled raw materials.

GCCA president and Heidelberg Materials chair Dominik von Achten said “Our industry is collaborating and innovating across every aspect of our production - finding new ways to work and deploying exciting technologies that are already making a genuine step change. However, to achieve the industrial scale transformation that our world needs, we cannot do it by ourselves - our industry needs the support of governments, policymakers, stakeholders, and our allies across the built environment right now.”

GCCA chief executive Thomas Guillot said “The breadth of activity we are seeing across our membership is truly inspiring, with great examples of projects and work across all decarbonisation levers, where enabling policies exist. Cement and concrete are essential materials for the world, but we know they are also essential to decarbonise. Despite our progress, we know that firm policy action across the world is fundamental to enabling us to accelerate our reductions.”